Fundamental Sciences

One step closer to real scientific applications

Fundamental Sciences

Codon Genomics is actively involved in applying new sequencing and omics technology to basic and fundamental sciences. We agree that the basic research serves as a important foundation and breakthrough to the development of more practical applications:

By leveraging the NGS technology and bisulfite-induced selective deamination of unmethylated cytosine to uracil, cysosine methylation which caused the temporal and spatial gene expression and chromatin remodeling can be detected.

Direct genetic analysis of massive genomes and identify the microbiome present in an environmental sample, bypassing the resources-intensive isolation and subculture of individual microbes, and problem of high percentage of unculturable microbes.

The use of third generating sequencing technology with extremely long read length (up to 20-30 kb), the full length transcripts can be sequenced enabling the study of alternative splicing events and transcriptional regulation which are prevalent in higher eukaryotic organisms like humans.